NIEM Wayfarer 5.1

Disclaimer: This tool was developed by Tom Carlson Consulting LLC. It was created from the official distribution of the data model. Tom Carlson Consulting LLC makes neither claim nor warranty that this tool provides an accurate representation of the NIEM data model. For official and authoritative representations, please visit the official NIEM release website. Non-English text Powered by Google Translate.

for

mo:WGS84LocationCylinderType

A data type for a cylinder described with WGS84 coordinates and meters.

View UML for type: mo:WGS84LocationCylinderType

mo:WGS84LocationCylinderType is derived from:
  • structures:ObjectType
    • mo:WGS84LocationCylinderType
Types which are derived from mo:WGS84LocationCylinderType:
  • Nothing derived from this
Elements of type mo:WGS84LocationCylinderType:
  • mo:WGS84LocationCylinder
        A location identified by a cylinder oriented vertically and centered on a point described with WGS84 coordinates. If it is appropriate for the radius and half-height properties to represent an error value (for example, because the event is a laser-designated target), then the true event location follows a normal distribution such that the cylinder defines the one-sigma (p≈0.67)(almost equal to) deviation. (A cylinder with twice the volume would be the two-sigma (p≈0.95)(almost equal to) deviation, etc.) Otherwise the cylinder encloses the full physical extent of the event.
mo:WGS84LocationCylinderType-ish Elements:
  • mo:WGS84LocationCylinder (mo:WGS84LocationCylinderType)
        A location identified by a cylinder oriented vertically and centered on a point described with WGS84 coordinates. If it is appropriate for the radius and half-height properties to represent an error value (for example, because the event is a laser-designated target), then the true event location follows a normal distribution such that the cylinder defines the one-sigma (p≈0.67)(almost equal to) deviation. (A cylinder with twice the volume would be the two-sigma (p≈0.95)(almost equal to) deviation, etc.) Otherwise the cylinder encloses the full physical extent of the event.